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ENTRY WITHOUT EXIT: The Wind Down Gap in the SEC’s Tokenized Stock Exemption Independent Research | @AlphaCyl I. A Gate With No Door The SEC’s Innovation Exemption, issued September 17, 2026, lets Tokenized Securities Venues (TSVs) trade tokenized NMS stocks through permissioned AMM liquidity pools. It carries a fiveyear term, and for thirdparty tokens it requires a notice to the issuer and a 30-day window to object.  sec.gov/files/rules/exorders… That is a gate at the entrance. The Order does not say what happens to outstanding tokens and LP positions once a venue stops trading. This paper argues that a market for third party tokenized stocks needs an exit rule as well as an entry rule. The SEC’s own order names the stranded holder risk, but treats it as a disclosure item, not a requirement. LPs and any lending protocol that accepts these tokens as collateral carry that gap. II. Mechanism One: How Entry Works Before a TSV trades a token created by a third party unaffiliated with the issuer, it must send the issuer a written notice, and trading cannot start until at least 30 calendar days after the issuer receives it. A written objection on or before day 30 bars the TSV from making that token available, and the TSV must amend its public notice within five business days.  A TSV that skips the notice, or trades over a timely objection, loses the exemption for that stock.  sec.gov/files/rules/exorders… Three features shape everything after. Notices go to the principal executive office address in the issuer’s Exchange Act reports, often a general mailbox, and silence is treated as consent.  An objection applies only to the venue that sent the notice.  And Sidley reads the Order as not contemplating any means of objecting after the 30 days have elapsed.  sifma.org/news/blog/the-secs… sidley.com/en/insights/newsu… III. Mechanism Two: The Exits the Order Does Define The Order specifies three situations where trading stops, and each comes with a duty to tell people. •Underlying stoppage. A TSV must stop trading a token whenever trading stops in the underlying stock on the primary listing exchange, including a halt, a suspension, or delisting proceedings.  •Volume pause. The caps are 0.25% of average daily share volume across up to 75 symbols for Tier 1, and 2.5% across up to 250 symbols for Tier 2. The first breach requires no action, and each later breach requires an immediate pause of three months.  •TSV’s own decision. If a TSV chooses to stop making a token available, it must notify participants immediately and revise its public notice within five business days. The @SECGov says this gives liquidity providers the information to decide how and when to exit.  On exclusive venues the Order goes furthest. The notice must say whether the TSV may be the exclusive or predominant venue for a token, and it offers burn or detokenization processes as an example of a mitigation.  A footnote adds that if an exclusive TSV had to cease all trading in a token, holders would have limited options to liquidate.  The SEC states the problem and asks for a disclosure. Count the result: three triggers for stopping trading and no stated right for a holder to redeem, transfer out, or detokenize. SIFMA raised this directly: the Order does not require tokens to be redeemable for the underlying shares, so SIFMA asked whether the Commission considered a redemption requirement, so investors are not stranded during an extended pause on the only venue where a token trades.  IV. Mechanism Three: What SIFMA Asked For SIFMA’s November 2 write up of its October 19 letter makes the request in two tiers. Its threshold position is that a third party tokenized stock should trade only with the issuer’s affirmative consent. Short of that, it recommends an official searchable portal, a 90 day objection period, and standing issuer control, including a universal opt out, the right to object to a venue or withdraw consent at any time, and a defined wind down process for outstanding tokens and liquidity pool positions if an issuer objects after trading has begun.  The letter wants the wind down to specify whether holders can still transfer, redeem or otherwise exit.  defiprime.com/sifma-tokenize… The wind down request attaches to a right the Order does not now provide. The October 20 staff FAQs clarified how venues disclose pending and lapsed objection periods, but SIFMA says they leave key operational questions open, including whether an issuer may object after the period expires.  The letter treats affirmative consent, a longer window and a universal opt out as changes that need an amendment to the Order, while the exit rules remain a request.  defiprime.com/sifma-tokenize… Take a hypothetical constant product pool holding 1,000 tokens and $200,000 in USDC, priced at $200. A trader buys 50 tokens. The pool now holds 950 tokens and about $210,526, and the price is about $221.60. An LP with 10% of the pool withdraws 95 tokens and about $21,053. At any price in a constant product pool, half the value sits in the token. If the venue is the only market and no redemption exists, about half of every LP’s claim becomes a token with no stated exit. V. Three Cases Case One: OKXICE. The ICE and @okx venue shows how the gate works at scale. Its notification process began October 4, with nine objections reported on October 15, rising to 56 by November 2.  By November 5 the total reached 62, with 54 of the 62 companies originally selected having objected.  No official launch date has been announced.  The venue plans permissioned Uniswap v4 pools on OKX’s X Layer blockchain, paired with stablecoins.  The entry filter is working. No exit has been tested because trading has not started. cryptobriefing.com/tesla-spa… cryptotimes.io/2026/11/05/bo… finance.yahoo.com/markets/cr… Case Two: the mailbox. Silence counts as consent, and notices go to a general address. SIFMA says an issuer must locate, authenticate and respond to notices from potentially numerous venues within the window.  Day 31 starts trading under the Order.  An issuer that discovers a missed notice at day 90 has no stated remedy, so the case a wind down rule would handle can arise from an administrative miss. Case Three: the sunset. The Order is set to expire five years after publication.  SIFMA’s write-up records then-Commissioner Peirce warning that reaching the end of the term without a clear end state would be a bad result, and it asks whether the SEC will commit to a rule proposal and a timeline.  In the part of the Order I read, nothing says what happens to outstanding tokens and LP positions when the relief ends or changes. VI. The Structural Question: Is Entry Gating Enough? The case that it is enough: an objection comes before trading, so no one is in a pool when an issuer says no. Silence after 30 days is the issuer’s own choice. A standing right to withdraw would give any issuer the ability to freeze a live market, which could deter LPs from committing capital. The case that it is not enough starts with where the risk sits. The Order bars a TSV from borrowing or hypothecating securities or non security crypto assets on the TSV, and limits the exemption to activity through the TSV’s own systems.  A lending protocol that accepts the same token as collateral sits outside that perimeter and cannot rely on any exit the exemption provides. Permissioning compounds it. The Order says a token can be encoded to allow transfers only to wallets that meet the TSV’s credentialing standards,  so a pool freeze, a halt, or a pause can leave a collateral contract holding a token it cannot sell. This is the same liquidation needs an exit problem as the closed market case, with a regulatory trigger in place of a weekend. One more limit: issuer sponsored tokens need no notice, so wind down matters mainly for third party tokens. VII. Where the Research Points This paper’s thesis is that the exemption will need an exit rule before it needs a bigger entry rule. The entry design is already being tested, and the exit design has not been. Five things to watch: 1.Whether the SEC or its staff issues wind-down guidance, or amends the Order to add standing issuer control. 2.The first TSV launch, and the first volume cap pause or underlying halt stoppage with LP assets in the pool. 3.Whether any token is redeemable or detokenizable as the Order’s example suggests. 4.The first lending protocol to accept a TSV traded token as collateral, and the exit assumptions it states. 5.A rule making timeline well before the five year term ends. Independent research. Not financial advice. Always conduct your own due diligence

THE FIRST JOB OF A DTC DIGITAL TWIN: Collateral Mobility Before Secondary Trading Independent Research | @AlphaCyl I. The Asset Does Not Need to Leave DTC The most important development in @The_DTCC tokenization programme may have little to do with secondary trading. On October 28, 2026, The Depository Trust Company (DTC), a subsidiary of the Depository Trust & Clearing Corporation (DTCC), launched its Tokenization Service. The service allows eligible participants to convert securities already held at DTC into tokenized representations that can move between registered digital wallets. DTCC holds more than $114 trillion in securities. Its stated objectives for tokenization include greater liquidity, collateral mobility and capital efficiency. The July 15 production event had already tested collateral pledges, securities lending, Treasury repo, equity delivery versus payment (DVP) and central counterparty (CCP) margin workflows. The launch initially supports 34 securities, representing approximately $30 trillion in assets under custody. Twenty DTC Participants have signed agreements to access the service. The interesting part is the structure. The underlying securities remain within DTC. The token represents the corresponding security entitlement, while DTC maintains the official record of token movements and holdings through its LedgerScan infrastructure. This paper argues that collateral mobility may become the first economically significant use case for DTC’s digital twins. The immediate opportunity is to make securities already held within the depository easier to deploy across financing, margin and collateral arrangements, without requiring their full withdrawal from DTC. That is a narrower proposition than the usual argument that tokenization will produce continuous securities trading. It is also a more practical starting point for institutional adoption. dtcc.com/press-releases/2026… dtcc.com/press-releases/2026… II. What DTC Actually Tokenizes The first distinction is between the underlying security and the entitlement represented by its token. In the traditional U.S. securities holding structure, DTC operates as the central securities depository. Securities are generally registered in the name of Cede & Co., DTC’s nominee, while DTC Participants maintain securities entitlements through their accounts. The tokenization service introduces another way to represent and transfer those entitlements. The process works in four stages: 1. A DTC Participant registers a digital wallet on a supported blockchain and submits a Tokenization Instruction for an eligible security held in its DTC account. 2. DTC applies its existing risk controls. Once the instruction is accepted, the relevant securities are debited from the Participant’s account and credited to DTC’s Digital Omnibus Account. 3. DTC’s ComposerX Factory system mints a token representing the corresponding security entitlement and delivers it to the registered wallet. 4. LedgerScan monitors blockchain movements and records the location of the tokens. Its record constitutes DTC’s official books and records for tokenized entitlements. The Digital Omnibus Account is particularly important. It holds the underlying traditional securities represented by the tokens. Those securities cannot be transferred out of the omnibus account until the corresponding tokens have been burned. This is the control against double spending. A Participant cannot transfer the token to another wallet and separately instruct DTC to transfer the same underlying security through its traditional books. The token movement or an authorized conversion back into book entry form must account for the entitlement. The legal registration of the underlying securities also remains in Cede & Co.’s name. Consequently, the digital twin gives the entitlement a blockchain based transfer mechanism while retaining the existing depository relationship. There is another important distinction concerning the holder. Only DTC Participants can register wallets under the @SECGov framework. A Participant may manage client sub wallets, but the DTC Participant associated with the registered wallet remains the entitlement holder of record in DTC’s system. This means the service provides a new way for institutional participants to manage and distribute their securities entitlements. It does not automatically turn every individual wallet holder into a directly registered shareholder. The SEC’s December 11, 2025 no action letter describes this arrangement in detail. sec.gov/files/tm/no-action/d… dtcclearning.com/helpfiles/d… III. Mechanism One: Turning a Security Into Mobile Collateral Collateral mobility concerns how quickly an institution can make an asset available to satisfy an obligation. A bank may hold Treasury securities, equities or other eligible instruments while simultaneously facing margin requirements, financing needs and obligations to multiple counterparties. The problem is often location and availability. An institution may have sufficient assets on its balance sheet but still face delays in making those assets available to the counterparty that needs them. The securities may sit with a custodian, within a particular settlement infrastructure or inside a collateral arrangement that requires several operational steps before they can be redeployed. A tokenized entitlement introduces a different movement mechanism. Consider a hypothetical dealer holding $100 million in eligible U.S. Treasury securities at DTC. The dealer needs to satisfy a margin obligation with an external counterparty. Under the traditional arrangement, the movement of securities may involve instructions between custodians, collateral agents and settlement infrastructure, together with eligibility checks, reconciliation and confirmation. Under a tokenized arrangement: - The dealer converts the eligible Treasury position into tokenized entitlements. -The tokens are delivered to a registered wallet. -The dealer transfers the relevant tokens to the counterparty’s registered wallet. -The receiving institution can verify the movement through the blockchain and DTC’s associated records. -The collateral arrangement governs the obligation, valuation, haircut and conditions for release. The underlying securities remain within DTC’s Digital Omnibus Account throughout the tokenized holding period. The operational advantage comes from moving the entitlement through a shared digital infrastructure rather than repeatedly processing movements through disconnected systems. This can reduce the time spent waiting for confirmation, reconciling positions and coordinating transfers between institutions. The distinction matters because collateral mobility can create economic value even when the underlying security never enters a public trading market. A Treasury that can be mobilized more efficiently may support financing, margin and liquidity requirements across multiple institutional relationships. The asset becomes more useful through its ability to move. IV. Mechanism Two: The Difference Between DTC Tokenization and Collateral AppChain There are two related DTCC initiatives that need to be separated. The first is the DTC Tokenization Service. It provides the mechanism for converting eligible securities held at DTC into tokenized entitlements, registering wallets, minting and burning tokens, and recording their movements. The second is the DTCC Collateral AppChain. It is a shared infrastructure platform designed to coordinate collateral management across providers, receivers, managers, triparty agents and custodians. The distinction is important. Tokenization gives the security entitlement a digital representation that can move between approved wallets. Collateral infrastructure determines how that asset can be deployed against an obligation. That second layer requires additional information and processes: - Asset eligibility. - Market valuation. - Collateral haircuts. - Margin requirements. - Counterparty agreements. - Allocation and substitution rules. - Settlement and release conditions. DTCC announced its collaboration with @chainlink on May 12 to integrate the Chainlink Runtime Environment (CRE) and data standard into Collateral AppChain. The integration is intended to support data and orchestration for asset pricing, valuations, eligibility, margining, collateral optimization and settlement. This is significant because a token transfer alone cannot determine whether an asset satisfies a particular collateral requirement. A receiving institution may accept one Treasury security at a particular haircut while rejecting an equity with the same market value. The collateral system must understand the agreement and the risk attached to each instrument. The AppChain is designed to coordinate those decisions and movements through shared infrastructure. DTCC has described its objective as supporting 24/7, near real-time collateral management across markets and blockchains. Its May announcement targeted Q4 2026 for the AppChain’s production launch. The two products therefore address different parts of the same operational problem: one makes eligible DTC securities mobile in digital form, while the other coordinates how collateral is identified, valued and deployed. dtcc.com/press-releases/2026… dtcc.com/products-and-servic… V. Three Cases From Production Case One: J.P. Morgan and CME Group, July 15 One of the clearest demonstrations of collateral mobility came during DTCC’s July production event. At 9:00 a.m. ET, J.P. Morgan successfully converted its position in the Invesco QQQ Trust (QQQ) into a tokenized asset. At 10:45 a.m., J.P. Morgan successfully posted tokenized assets to satisfy central counterparty margin requirements with CME Group. The significance is the destination of the asset. The tokenized securities were being used in an established institutional margin workflow rather than simply being transferred between digital wallets for demonstration purposes. This connects DTC held securities with the collateral requirements of a major derivatives clearing infrastructure. DTCC’s production record identifies the transaction as one of the day’s major demonstrations of tokenized collateral mobility. An important qualification: DTCC identifies the CCP margin workflow as operating through its separate Collateral AppChain product. The demonstration therefore validates the interaction between DTC-tokenized assets and collateral infrastructure, rather than proving that DTC itself has started assigning collateral value to tokens in its own risk-management system. dtcc.com/products-and-servic… Case Two: The First Onchain U.S. Treasury Repo, July 2026 Temple Digital Group announced on July 27 that it had executed a live onchain U.S. Treasury repo transaction using the DTCC Tokenization Service. The transaction involved a tokenized representation of a U.S. Treasury security financed against Circle’s USDCx on the Canton Network. Temple’s institutional RFQ platform coordinated the transaction. DRW and HIFI participated as principals, while Marex acted as prime broker and settlement agent. HIFI also confirmed its involvement in two onchain Treasury repo transactions during the July production initiative, executed through Temple Digital Group and Tradeweb. The cash leg involved converting USD from a fiat account into USDC and then USDCx on @CantonNetwork . The Treasury and cash legs settled against each other in the digital environment. The important feature was the separation of the underlying security from its digital movement. The Treasury remained within DTC’s existing book entry framework while its tokenized representation participated in the financing transaction. This is a particularly useful example because repo is fundamentally a financing arrangement. One party provides securities and receives cash, with an agreement to reverse the transaction at a later date. Tokenized securities can make the delivery and return of collateral more efficient, while tokenized cash can provide the corresponding payment leg. The transaction also demonstrates why securities tokenization and digital money need to develop together. A tokenized Treasury can move onchain, but the financing transaction still requires a reliable cash settlement instrument. templedigitalgroup.com/news/… templedigitalgroup.com/news/… Case Three: The Great Collateral Experiment, 2025 DTCC’s collateral mobility thesis predates the current Tokenization Service. In 2025, DTCC organized the Great Collateral Experiment to test how distributed ledger technology could improve collateral management across institutions. The experiment demonstrated the movement of tokenized assets through smart contracts incorporating collateral eligibility rules, haircut calculations and minimum transfer requirements. DTCC’s retrospective published on April 29, 2026, reported that processes that traditionally took hours or a full business day were compressed into seconds during the demonstration. The experiment also showed how participants could obtain immediate visibility into collateral movements rather than waiting for settlement confirmation. This matters because collateral management involves more than transferring securities. A margin call must be communicated, the collateral must satisfy agreed eligibility requirements, the receiving institution must obtain control, and the relevant records must be updated. The experiment tested how these activities could be coordinated through shared infrastructure. It also established an important foundation for the subsequent Collateral AppChain initiative. The 2025 experiment and the July 2026 DTC production event are separate milestones. The former tested broader tokenized collateral infrastructure; the latter demonstrated production transactions involving securities tokenized through DTC. dtcc.com/insights/2026/one-y… VI. The Economic Case: What Faster Collateral Actually Saves The business case for collateral mobility comes down to the cost of holding assets in the wrong place or waiting for them to become available. Institutions maintain liquidity buffers to meet unexpected funding requirements and margin calls. Some assets remain idle because moving them between counterparties or jurisdictions takes time. Others require financing while the institution waits for collateral to settle. Tokenized collateral can reduce these inefficiencies by allowing institutions to deploy assets closer to the moment they are needed. DTCC and Finadium examined this opportunity in their May 2026 paper, Collateral Infrastructure for Tokenized Capital Markets. One of the central use cases is intraday repo. Intraday repo allows institutions to obtain secured funding for shorter periods rather than relying on overnight financing or carrying larger liquidity buffers throughout the day. The paper compares daylight overdraft costs, using a 50-basis point Federal Reserve rate floor plus intermediary spreads, with intraday repo pricing of approximately 30–40 basis points. Under that scenario, intraday repo could reduce funding costs by up to half. The paper also cites @jpmorgan research suggesting that intraday repo could reduce operational costs by 56% compared with traditional funding sources across settlement risk, suboptimal capital management and data transmission errors. DTCC provides another illustrative calculation. In one model, applying Collateral AppChain to 15% of wholesale funding exposures, with a starting Liquidity Coverage Ratio of 130%, could reduce required High Quality Liquid Assets by 17%. These figures are modeled scenarios, not savings already realized by DTCC participants. The distinction matters. The economic benefit depends on how much funding activity moves onto the infrastructure, the assets accepted, the costs of implementation and the extent to which institutions can redeploy released capital. The same paper estimates that an institution adopting the infrastructure could free approximately $150 million in capital and generate $9 million in incremental bank-wide revenue during its first year under one set of assumptions. By year three, a scenario assuming 25% of business activity had moved to the platform estimated $1.9 billion in freed up capital and $225 million in incremental revenue. These projections illustrate the potential scale of the opportunity. They should be treated as scenario analysis rather than observed financial results. dtcc.com/-/media/collateral-… VII. The Structural Limitation: A Token Is Not Automatically Eligible Collateral There is an important restriction within the SEC’s authorization that changes how DTC’s tokenization service should be understood. Under the December 11, 2025 no action letter, DTC does not assign tokenized entitlements collateral value or settlement value when calculating a Participant’s Net Debit Cap or Collateral Monitor. These are part of DTC’s existing risk management framework. The restriction means that a tokenized security cannot simply be counted as collateral within DTC’s own risk calculations because it exists on a blockchain. This creates an important distinction between two types of collateral use. External collateral use A counterparty, clearing institution or financing provider may accept a DTC tokenized entitlement under its own eligibility rules, agreements and risk controls. The July production transactions demonstrated this broader possibility. DTC’s internal risk management DTC does not assign these tokens collateral or settlement value for its own Net Debit Cap and Collateral Monitor calculations under the authorized framework. The two arrangements operate under different rules. There are also operational restrictions. Only approved wallets can receive tokens. DTC screens registered wallets for OFAC compliance, and Participants remain responsible for the AML/KYC requirements associated with their customers. DTC also retains administrative capabilities, including the ability to reverse certain token movements and recover tokens in cases involving loss, theft or erroneous entries. The SEC authorization itself is limited. The December 2025 letter provides a no action position for the specified service and regulatory provisions. It does not constitute blanket SEC approval of every possible tokenized securities activity. The authorization runs for three years from the service’s launch. These restrictions show that institutional adoption is being built around controlled access, recognized ownership records and existing financial market safeguards. SEC No-Action Letter, December 11, 2025. DTCC Tokenization Service FAQ. sec.gov/files/tm/no-action/d… dtcc.com/-/media/Files/Downl… VIII. The Other Risk: Faster Settlement Can Change the Economics of Netting There is another question worth examining before treating faster collateral movement as an automatic improvement. Traditional financial institutions often benefit from netting. A dealer may have multiple repo transactions with different counterparties. Rather than settling every gross obligation independently, the institution can offset incoming and outgoing cash and securities movements, reducing the amount that actually needs to settle. Faster settlement can reduce the time assets spend in transit, but it can also reduce opportunities to net transactions. The @IMFNews examined this tension in Chapter 3 of its October 2026 Global Financial Stability Report, Scaling Tokenization: New Efficiencies, New Vulnerabilities. Its analysis highlights that shorter settlement cycles can increase gross bilateral settlement requirements when transactions that previously offset against one another must settle individually. Programmable batching may help preserve some netting benefits by grouping transactions before settlement. This introduces a trade off between immediate settlement and settlement efficiency. The IMF also reports that tokenized repo activity averages approximately $303 billion in daily volume, while the traditional U.S. repo market handles roughly $13 trillion daily. Despite the substantial tokenized activity, much of it remains concentrated among affiliated entities and private platforms. The lesson for DTC is that moving securities faster does not automatically create a more efficient financing market. The infrastructure must preserve the economic benefits of existing market arrangements while reducing unnecessary operational friction. Tokenized collateral must also maintain reliable valuation, enforceable security interests, settlement finality and clear procedures for default and collateral release. IMF, Global Financial Stability Report, October 2026, Chapter 3. IMF, What Is Needed for Tokenization to Deliver, October 8, 2026. imf.org/en/Publications/GFSR… imf.org/en/blogs/articles/20… IX. Where the Research Points The central thesis is that collateral mobility may provide the strongest initial economic justification for DTC’s digital twins. The July production event demonstrated that DTC held securities could enter collateral pledges, CCP margin workflows, securities lending and Treasury repo transactions. The October 28 launch has now established the service as a live institutional offering, with 20 Participants signed up and 34 securities available for tokenization at launch. However, the real measure of adoption will be how frequently these securities are deployed across financing and collateral arrangements, and whether the resulting operational improvements translate into measurable balance-sheet benefits. Three developments deserve particular attention: 1. The scale of collateral deployment. How much DTC tokenized securities value moves into actual collateral arrangements? The number of tokenized assets alone will tell us little about their economic utilization. 2. The integration between DTC and Collateral AppChain. Whether institutions can coordinate eligibility, valuation, margining and collateral movements across multiple counterparties and networks will determine how much value the combined infrastructure can deliver. 3. The expansion of collateral acceptance. The next important development is the number of clearing institutions, financing providers and collateral managers willing to accept DTC tokenized entitlements under their existing risk frameworks. There is also a fourth question: whether the same security entitlement can move between traditional and digital financing arrangements without creating additional settlement, reconciliation or liquidity costs. The future value of DTC’s digital twins will depend heavily on the answers. Tokenization gives the security another way to move. Collateral mobility gives that movement an economic purpose. The first major institutional benefit may come from making existing securities work harder across financial markets, rather than creating an entirely new secondary trading market around them

TOKENIZATION PERSPECTIVES #001 What Is Missing From Today’s Tokenization Infrastructure? Contributors : - @zinnresearch | founder @RefractionRWA - @RwaLlama ( RWA Research) - @0xlucasson |CMO @tokenforge - @SethRWAs (RWA Research) Tokenization infrastructure has developed considerably, with issuers, custodians, smart contracts and regulated platforms bringing traditional financial assets onchain. However, building the infrastructure to issue tokenized assets is only one part of developing functional tokenized markets. Questions around interoperability, asset verification, custody, investor eligibility, distribution, liquidity and transparency continue to shape the industry’s development. For the first edition of Tokenization Perspectives, we invited four people working across the RWA ecosystem to share their thoughts on one question: What Is Missing From Today’s Tokenization Infrastructure? @zinnresearch : We have the tokenization issuers and most marketplaces pretty much there, what's missing in my opinion is two things; Mechanisms for Proof of Reserve/Custody and Education. The first is something that even the traditional finance world still tackles when auditors finds holes in companies books in terms of assets, so how do we prevent this affecting the tokenization movement? If a hack occurs and the digital asset can be re-issued we have to make sure that the underlying asset is actually in the right custody and actually have the similar level of rights as to what the digital asset serves. I see DefiLlama starting to tackle this and you have protocols such as accountable but I feel having this extend all the way to the auditors in the traditional world will be the next step that needs to happen. Secondly, Education of what Tokenization provides and enables is severely crucial. An example of this can be seen by the objections by over 50 companies in the OKXICE, if these companies knew what further audiences this opens up and what safeguards are in place to prevent any foul play, they would be a lot more likely to participate in the innovation. There is a ton of certification and education when it comes to the traditional processes behind assets whether it be real estate or shares, we need to bring this to the tokenization movement so that the companies that we want to join in on this movement can make informed decisions. This extends to the potential users who could access all kinds of new asset classes as this will drive demand further encouraging companies to join the tokenization movement. @RwaLlama : Most of the hard engineering in tokenization is done. An issuer can put a fund or a share on a chain, decide who may hold it, and freeze it when something goes wrong. What is missing shows up the moment a token leaves the platform that issued it. Start with eligibility. Every issuer keeps its own list of approved wallets. Over eight years the industry has written at least six token standards, and each one runs the same check: is this buyer allowed to hold it? Each keeps the answer inside its own system. An investor cleared for one fund gets screened again for the next. A lender holding that fund as collateral can only sell to buyers already on that issuer's list, and in a bad week that list may be very short. What the market needs is a credential verified once by a regulated party and accepted by any compliant token, without the investor's file being copied to every issuer along the way. The other gap is visibility. Several big launches this year run on ledgers that only their participants can see. The rules for when an issuer may freeze a token or force a transfer usually sit deep in offering documents, written in general terms. Regulators can demand records after a failure. Investors and lenders need to check supply, the whitelist and every freeze while it happens, and to know the freeze policy before they buy. Any new platform can be judged by two questions. Can an investor cleared elsewhere buy without starting over? Can someone with no account check supply and freezes without asking permission? @0xlucasson : Surprisingly little on the technical side. Issuing a regulated tokenized security works. Registers, smart contracts, custody and even settlement in central bank money or regulated e-money are in place. What's missing sits around the technology, and it starts with distribution. Most tokenized issuances are still placed through the issuer's own network or a single primary platform. Investors have no easy way to discover them, compare them and judge them on reliable data. Many issuances end up undersubscribed even when the asset is sound, simply because too few of the right investors ever see it. That gap has consequences further down the line. Without broad distribution, there is little secondary trading. Licensed venues for tokenized securities are still rare, and the ones that exist often operate under pilot regimes with volume caps. Without trading, there are no reliable market prices. And without prices, the features everyone talks about don't work in practice. Lending, borrowing and using tokenized assets as collateral are technically possible today. Smart contracts can handle them, and price feeds exist. But a lender needs two things: a price it can trust and a market where it can sell the collateral if a loan goes bad. For tokenized money market funds or listed shares, both exist. For most private market bonds, neither does yet. So the missing piece is the layer that connects issuances with investors at scale: visibility, distribution partners, standardized data and regulated venues where assets can actually change hands. Once there is liquidity, collateral and lending become real use cases. @SethRWAs : Outside regulatory lucidity, what i believe is really missing from tokenization outlook today is interoperability standard for tokenized assets which further increase fragmentation already imminent in the technology. Even Defi venues have few specific tokenized assets they accept as collateral, irrespective of whether a set of similar underlying asset were brought onchain with same method.

FOUNDERS’ INSIGHT OF THE MONTH A selection of thoughts, observations, and industry perspectives from founders and executives building across the tokenization ecosystem. 1. @happytokenizing (Happy, @RWAFoundation_) x.com/happytokenizin… Happy observed that tokenized stocks have reached approximately the market size stablecoins had in early 2020. He also floated the possibility of the sector reaching $100B by the end of 2027 if it follows a similar growth trajectory. The comparison is interesting, although the underlying demand drivers deserve closer examination. Stablecoins grew because they solved an immediate problem in crypto: moving dollar denominated value between exchanges, protocols, and markets without relying on traditional banking hours. Tokenized equities have a different starting point. Beyond giving investors access to traditional stocks through blockchain infrastructure, the sector needs to establish stronger use cases around collateral, lending, settlement, and portfolio management. Reaching $100B would be a significant milestone. Whether that growth is sustainable will depend on how much financial utility develops around the assets themselves. 2. @mcagney (Mike Cagney, @Figure) x.com/mcagney/status… Cagney drew a distinction between tokenized equity wrappers and native issuance. His argument is that wrappers primarily improve access, while native issuance has the potential to change how securities interact with lending, margin requirements, and settlement systems. This is an important distinction when evaluating the economics of tokenized securities. A wrapped equity can provide blockchain based access to an existing financial instrument while retaining much of the infrastructure and restrictions of the traditional market. Native issuance presents a different opportunity because the security originates within the blockchain environment. That opens the door to integrating securities directly into onchain financial applications, including collateral markets and automated settlement. The opportunity in tokenized equities goes beyond reproducing the stock market on another network. It is the possibility of building new financial applications around the securities themselves. 3. @leviadam1 (Adam Levi, @xStocksFi) x.com/leviadam1/stat… Levi described tokenized equities as the next stage of crypto adoption, pointing to the work with @krakenfx , @Bybit_Official , and @solana as part of the effort to bring these products to a global audience. Distribution is certainly important. Having established exchanges and blockchain ecosystems involved gives tokenized equities access to existing user bases and trading infrastructure. However, the legal structure behind these products remains equally important. The ability to access a tokenized stock depends on the underlying issuance arrangement, jurisdictional restrictions, and the regulatory framework governing its distribution. A product can have global visibility without having universal investor eligibility. For the sector, the next meaningful development will be the expansion of the legal and financial infrastructure that determines who can actually own, transfer, and use these securities. 4. @kadiogluakin (Akın, @bondifinance) x.com/kadiogluakin/s… Akın challenged the conventional argument around custody, suggesting that centralized custody arrangements are currently more broken than self-custody and that investors should consider taking greater control of their assets until centralized alternatives improve. This brings an important question into the RWA conversation: who actually controls the asset after it has been tokenized? Corporate bonds offer an interesting example. These instruments have traditionally been distributed in large denominations, with institutional investors accounting for a significant portion of the market. Onchain issuance can reduce minimum investment requirements and broaden participation. However, smaller denominations also need functioning secondary markets, efficient settlement, and clear ownership arrangements. Making bonds accessible to smaller investors is one achievement. Giving those investors the ability to manage their positions efficiently is another. 5. @mv1_Davis (Alex Davis, @MavrykNetwork) x.com/mv1_Davis/stat… Following the Binance incident, Davis reiterated the importance of self custody and argued that the industry needs more accessible non-custodial solutions. I think this conversation becomes particularly important as more real world assets enter DeFi. Tokenization changes how ownership can be represented and transferred, but it does not automatically change the custody arrangements surrounding an asset. Users can still depend on centralized platforms, custodians, and intermediaries to access their holdings. Self-custody reduces certain counterparty dependencies, although it introduces its own responsibilities around private key management, recovery, and transaction security. The challenge for builders is making non custodial ownership practical enough for everyday users and sophisticated enough for institutional participants. 6. @karnsaroya (Karn Saroya, @re) x.com/karnsaroya/sta… Saroya brought attention to the relationship between global capital formation and the amount of capital available to absorb economic risk. He pointed out that the US issues approximately $200B in net new Treasuries every month, while global reinsurance capital stands at roughly $800B, backing a wide range of economic, commercial, and personal risks. His broader argument is that periods of major technological transformation create new categories of risk, and those risks require capital capable of supporting the businesses and institutions taking them. This is particularly relevant to insurance. As new technologies, industries, and business models emerge, insurers and reinsurers have to continuously assess unfamiliar exposures and determine how much capital should be allocated to them. Onchain infrastructure could improve aspects of insurance distribution, capital allocation, policy administration, and claims settlement. However, the availability of capital will still depend on underwriting quality, risk modelling, and regulatory capital requirements. The opportunity is not simply to tokenize insurance products. It is to make risk transfer and capital allocation more efficient. 7. @billtlee (Bill Lee, @DualMintRWA) x.com/billtlee/statu… Lee questioned the traditional approach to credit underwriting by comparing personal credit assessments with the actual operating performance of revenue generating assets. His laundromat example is particularly interesting. A business with machines generating consistent revenue through high utilization could represent a stronger lending opportunity than an individual with an attractive credit score but limited cash flow. Traditional lending has historically placed considerable weight on the borrower’s financial history, income, and credit profile. Asset level financing creates an opportunity to evaluate the economic activity producing the repayment capacity. Imagine financing commercial equipment using verifiable operating revenue, transaction records, and utilization data as part of the underwriting process. This could expand credit access for businesses whose productive assets generate reliable cash flows but whose owners may not fit conventional lending profiles. For RWA lending, the opportunity is to move beyond simply putting traditional loans onchain and start rethinking how creditworthiness is established. 8. @chriseyin (Chris Yin, @plumenetwork) x.com/chriseyin/stat… Yin discussed Plume’s work with Fidelity to bring investment products onchain, noting that early institutional demand concentrated around short-duration Treasury products, while capital allocators are increasingly interested in longer duration and actively managed strategies. This is an important development in the evolution of institutional RWA products. Short duration Treasuries provided a relatively straightforward entry point because investors already understood the underlying instruments, their risk profiles, and their role in portfolio management. Longer duration products introduce different considerations, including interest rate sensitivity, liquidity management, valuation, and investment strategy. The shift also suggests that institutional demand may be moving beyond simply accessing tokenized versions of familiar cash equivalent instruments. The next phase of adoption could involve bringing a broader range of professionally managed investment strategies into blockchain based distribution and settlement systems. 9. @tn_pendle (TN, @pendle_fi) x.com/tn_pendle/stat… TN described RWAs as a 100x opportunity and highlighted the importance of understanding the sector through conversations with people building from the institutional side. He also pointed to Pendle’s RWA Insights series. I agree that institutional perspectives are important because they expose some of the requirements that are easy to overlook when evaluating tokenization from a purely cryptonative standpoint. Take tokenized Treasuries, for example. Their value in traditional finance extends beyond holding government debt. They participate in collateral arrangements, repo markets, financing transactions, and other institutional activities. Bringing the underlying asset onchain provides a new settlement and ownership environment. Recreating the financial utility surrounding that asset requires additional infrastructure. This is where the next generation of RWA protocols will have to compete: building the lending, collateral, liquidity, and yield infrastructure that allows tokenized assets to become productive financial instruments. 10. @YuvalRooz (Yuval Rooz, @CantonNetwork) x.com/YuvalRooz/stat… Rooz discussed Uber’s pilot involving the movement of operating cash into yield-generating products on Canton, with privacy incorporated into the process. Corporate treasury management is an interesting area for blockchain adoption because large companies routinely manage substantial cash balances across multiple accounts, financial products, and jurisdictions. Some of that capital may remain in relatively low-yielding positions because moving funds between financial institutions and investment products involves operational procedures, settlement delays, and internal approvals. A system that allows companies to move capital more efficiently while maintaining transaction privacy could improve treasury operations and liquidity management. What makes this development particularly interesting is the involvement of Uber. This moves the conversation beyond theoretical discussions about institutional adoption and into an actual corporate treasury use case. If these arrangements prove practical at scale, corporate cash management could become a significant market for blockchain-based financial infrastructure. 11. @DennisMidas (Dennis Dinkelmeyer, @MidasRWA) x.com/DennisMidas/st… Midas had published an incident response framework earlier in the year and subsequently followed that process during the recent market stress. The approach involved pausing affected operations where necessary, verifying underlying assets and oracle data, restoring functionality progressively, and maintaining communication throughout the process. This is an important aspect of institutional RWA infrastructure that often receives less attention than issuance figures and total value locked. When financial products depend on external custodians, asset managers, oracles, and other service providers, operational disruptions can affect the entire system. Investors need to understand how a platform responds when something goes wrong, particularly when the underlying assets represent real financial claims. Publishing a response framework is useful, but demonstrating that it can be executed under difficult market conditions provides a different level of assurance. Operational resilience is an important part of building institutional confidence in tokenized financial products. 12. @doctorfission (Jonathan Shaffer, @Fissionxyz) x.com/doctorfission/… Shaffer highlighted the potential of bringing private markets onchain, particularly through making fund positions easier to access, transfer, and use as collateral. This touches on one of the structural limitations of private markets: investors can hold valuable positions but often have limited flexibility when they need to exit or redeploy their capital. Tokenization could improve how ownership interests are recorded, distributed, and transferred. It could also create opportunities to use eligible fund positions within broader financial applications. However, transferability and liquidity are different economic properties. A tokenized fund position may be technically transferable while remaining difficult to sell because of investor restrictions, valuation requirements, or a lack of willing buyers. The more interesting development would be an ecosystem where eligible private-market interests can circulate through compliant secondary markets and potentially support collateralized financing. That would give investors more flexibility in managing capital committed to traditionally illiquid assets. 13. @Autholykos (Emanuele Francioni, @DuskFoundation) x.com/Autholykos/sta… Francioni discussed open weights as a path towards self-sovereignty, drawing a comparison with the original aspirations of crypto. His observation raises an interesting question about control over the infrastructure people depend on, particularly as AI systems become increasingly integrated into financial and digital services. For the RWA industry, a related question exists around privacy and regulatory transparency. Institutional participants need to protect sensitive information, including transaction balances, counterparties, and commercial activity. At the same time, regulated financial products must support verification, reporting, and compliance requirements. Fully transparent public infrastructure can expose information institutions would prefer to keep confidential. Completely private systems can make independent verification difficult. Selective disclosure offers a way to approach both requirements: allowing participants to prove specific information about their activities without exposing their entire financial history. This is an important architectural consideration for blockchain infrastructure seeking adoption in regulated financial markets. 14. @mikebelshe (Mike Belshe, @BitGo) x.com/mikebelshe/sta… Belshe reiterated that security is a continuous process, emphasizing the need to keep raising standards as the industry evolves. This is particularly relevant to tokenized finance because the infrastructure connects valuable offchain assets to blockchain-based ownership and transaction systems. The security requirements extend beyond smart contracts. Private-key management, custody arrangements, transaction authorization, access controls, and operational procedures all contribute to the integrity of the system. A weakness in any of these areas can create consequences for investors and institutions relying on the platform. As tokenized assets grow in value and complexity, security standards will have to evolve accordingly. Institutional adoption requires confidence in the entire infrastructure supporting an asset, from its issuance and custody to its eventual transfer or redemption.

Yield routing in RWA vaults

The Binance security incident has renewed an old conversation in crypto: self custody versus centralized exchanges. The argument is familiar. Hold your assets yourself, reduce your dependence on exchanges, and use decentralized infrastructure where possible. But I wanted to look at what is happening in RWA markets rather than rely on sentiment. The latest figures from RWA Markets⁠, alongside @DefiLlama RWA Perps dashboard⁠, offer an interesting picture. As of November 4, DeFiLlama reports approximately $282.93 billion in RWA perpetual trading volume over seven days, with another $8.78 billion over the latest 24 hours. The market covers 34 venues and 3,568 markets. More importantly, decentralized exchanges account for approximately 28.9% of total RWA perpetual open interest. That is meaningful participation. However, centralized exchanges continue to command considerable trading activity. @binance alone recorded approximately $142.46 billion in seven day RWA perpetual volume on the dashboard, making it the largest individual venue by a considerable margin. The concentration is worth examining. @CoinDesk September exchange review⁠ had already placed Binance at 68.5% of RWA perpetual volume among centralized exchanges, followed by @okx at 16.6% and Gate at 9.1%. So, despite the security incident and renewed interest in self custody, Binance remains deeply embedded in RWA trading. There is another side to this picture. Decentralized venues such as @HyperliquidX , @tradexyz , @variational_io , @QFEX and @gmtrade_xyz have established meaningful RWA market. Their presence suggests that decentralized infrastructure has become a genuine trading alternative, even if it has yet to displace centralized exchange dominance. But I would separate two things: Where traders keep their assets and where they execute their trades. Someone can withdraw funds from Binance into self custody and still use a centralized exchange to trade. Equally, someone can trade on a DEX without necessarily abandoning centralized platforms. Exchange withdrawals alone cannot establish a migration in trading activity. My observation is that the Binance incident has renewed the self custody debate, but the RWA market data still shows a strong dependence on centralized trading venues. The test will be whether decentralized venues can turn this renewed attention into sustained volume, deeper liquidity and higher open interest. Crypto users may increasingly prefer holding their assets themselves. The question is whether they are equally ready to move their trading activity onchain. Data visualization : @RefractionRWA

The distinction between earning on money and moving money is becoming increasingly important in digital finance. Stablecoins have developed into a significant transfer and settlement layer,recording $9.89T in monthly transfe volume. GENIUS introduces a regulatory distinction that gives banks an opportunity to compete on both sides: interest bearing tokenized deposits for holding funds, and payment stablecoins for transferring them. @SoFi SOFIE-to-SoFiUSD model is an early example of this structure. @jpmorgan ‘s deposit token approach offers another institutional route. The bigger question is how these instruments evolve as banks, stablecoin issuers and DeFi platforms compete for the same digital dollar.

TWO PRODUCTS, TWO JOBS: Equity Perpetuals and Tokenized Shares Independent Research | @AlphaCyl I. The Volume Gap Equity perpetuals have out traded tokenized stock spot by a wide margin, and the gap has stayed wide.@PanteraCapital Research reports that in June, equity perps on Hyperliquid and Lighter traded about $67.8 billion against $4.2 billion of observed onchain tokenized equity spot volume, roughly 16x. Across January to June the monthly ratio ranged from about 10x to 17x.  4359599.fs1.hubspotuserconte… At the end of June, Hyperliquid equity perp open interest was $2.5 billion, equal to 121.3% of the $2 billion in observed tokenized equity spot market cap.  4359599.fs1.hubspotuserconte… The comparison has limits, and Pantera states them. Leverage and frequent repositioning can inflate perp volume. The two series cover different asset sets, and the spot series excludes centralized exchange books, brokerages such as @RobinhoodApp and OTC activity.  A perp trade is also small against the stock market itself. @coingecko report, as relayed by @CoinDesk , puts tokenized stock perp volume at under 1% of trading in the underlying stocks.  coindesk.com/business/2026/0… This paper argues that the two products do different jobs. A perp is synthetic exposure with leverage and weekend access. A token is a claim held in custody, with whatever legal rights its issuer attaches. Both demands are structural, so I expect both products to stay. II. What Each Contract Is The perp. XYZ perps are cash settled perpetual futures that reference traditional assets and use funding payments to stay aligned with the underlying.  They are margined and settled in USDC, currently with isolated margin only. HyperCore handles matching, funding, liquidations and auto deleveraging, and the builder supplies only the oracle price and the mark price.  The trader never holds a share or a claim on one. docs.trade.xyz/perpetuals The token. Pantera describes Robinhood’s Stock Tokens as debt securities that give economic exposure to underlying shares, without legal or beneficial ownership of them.  In Pantera’s framework, a token with a Tier 1 wrapper design is a receipt, and the offchain ledger stays authoritative.  The token comes closer to ownership than a perp, but how close depends on the issuer’s terms. A token needs custody, minting and redemption, transfer rules and a venue, and a perp needs none of them. III. Mechanism One: A 24/7 Price for a Five-Day Asset XYZ’s answer to closed markets sits in two prices. The mark price, used for margining and liquidations, is the median of three inputs: the oracle price, the oracle plus a 150 second EMA of the perp’s mid price minus the oracle, and the median of best bid, best ask and last trade. Relayer updates arrive about every three seconds and are clamped to ±50 bps.  The oracle has an internal pricing function for when external prices are unavailable, such as when equity markets are closed.  Discovery bounds keep the mark within ±(1/max leverage) of a reference price.  docs.trade.xyz/perp-mechanic… A worked example from @blockworksres : with 20x max leverage and a $10,000 Friday close, the mark stays between $9,500 and $10,500.  By my arithmetic, a 5% band equals the initial margin on a 20x position, so a maximum leverage position can be liquidated at or near the edge of the band. Funding also had to be rescaled. XYZ’s docs say crypto perps carry a default of 0.01% per eight hours, while borrow rates for traditional asset classes sit closer to SOFR plus 1% to 2%. XYZ applies a 0.5 scaling factor, lowering baseline funding to about 5.5% annualized.  IV. Mechanism Two: What a Token Needs That a Perp Skips A spot token has to be created, held and moved. Pantera’s data shows that equity tokens trade a lot relative to their size. June spot turnover for equities was 204.6% of market cap, against 0.1% for rates products. Only 12 of 47 equity products above $10 million fell below 1% turnover, and only 8% of equity value is permissioned.  Equity tokens are open-access and active, but the base is small, at roughly $1 billion in value. 4359599.fs1.hubspotuserconte… The two products also meet at collateral. @OndoPerps launched in July for eligible non US users, with 24/7 perpetual futures on stocks, ETFs and commodities at up to 20x leverage, and tokenized securities can serve as collateral. @Ondo reported $9 billion in cumulative volume and $100 million in open interest within weeks, and a September update recorded more than $25 million of Ondo Stocks deposited as collateral.  Those figures come from Ondo’s own updates. A token that serves as margin for a perp links the product that claims ownership to the product that trades price. ondo.finance/blog/introducin… nitter.gq/Ondo/status/2098459512… V. Three Cases Case One: Black Saturday, October 17. A large sell order on Binance at 21:21 UTC set off about $51.6 million of leveraged liquidations in ten minutes, spreading within seconds to venues including @HyperliquidX . SOXL, SanDisk and SK Hynix contracts took most of it.  In the first minute Binance handled about $21.9 million of SanDisk trading, against $3.1 million on Trade XYZ.  @coinglass_com data put about 73.8% of the liquidations in longs.  US markets were closed, so the contracts had no live share price to anchor to. XYZ’s docs say it is the primary venue for weekend price discovery. In this event the first selling began elsewhere. coindesk.com/markets/2026/10… Case Two: the October 12 to 13 chip rout. CoinDesk reported that tokenized SanDisk bets saw more liquidations than XRP as Asia’s chip rout wiped out about $800 million.  The liquidations spanned ten exchanges.  A single stock’s perp can out liquidate a major crypto asset on a bad day. Case Three: the SKHX flash crash, July 28. KuCoin, citing MetaEra and BlockBeats, reports that SKHX fell from $1,128.2 to $927 on Hyperliquid, open interest dropped from about $508 million to $388 million, and the crash breached Hyperliquid’s backup liquidation mechanism, forcing over $26 million in liquidations.  The perp’s risk engine took the stress, and no stock or custodian was involved. VI. The Structural Question: Is Perp Dominance a Phase? The argument that it passes: perp volume is notional and leveraged, so it overstates capital, and perps stay a small fraction of underlying stock turnover. Tokens carry the rights, the custody and the collateral use that perps lack. The argument that it lasts: demand for exposure keeps outrunning the supply of ownership. @coinbase filed with the CFTC in September to offer single stock perpetuals to US traders.  Perps can add venues and regulated access without any share being bought or custodied. Pantera frames it as purpose. Its framework says a holder needs dependable redemption, a trader needs competitive execution, and a borrower needs reliable financing against collateral.  One product serves the trader, the other serves the holder and the borrower. VII. Where the Research Points This paper’s thesis is that perps set the weekend price and tokens settle the Monday claim. Three things to watch: 1.How far weekend perp marks drift from Monday’s actual open. Blockonomi noted that Monday’s open is the first check on weekend prices. 2.Whether tokens as margin grows past the $25 million Ondo reported in September. 3.Whether regulated US venues list single stock perps and what that does to weekend discovery. Independent research. Not financial advice. Always conduct your own due diligence

EMERGING RWA BUILDERS ON BASE ECOSYSTEM: The Bluechain @SakuraDotApp — RWA yield markets on Base @BitstockOnBase — Peer-to-peer options for tokenized stocks on Base @obscuraXMR (~45) — Monero privacy layer for RWAs on Base @XXprivacy_base — Permissionless privacy layer for tokenized stock baskets on Base @Sproutdotgift — Time-locked gifts of tokenized stocks (Base) @stockdrop_app — Gifting tokenized stocks (Base) @2FactorFinance — Kelly-optimized leverage for tokenized stocks / assets on Base (working with Coinbase) @roster_fi — Leveraged stock exposure without margin liquidations (Stocklana / related) @allocraa — Custom baskets for tokenized assets / RWAs @SoFinancelab — Non-custodial LP for same-stock pools (includes Base/Robinhood chain focus) @OwnPay_ — Programmable payments, gifting & vesting for tokenized stocks @anystock_xyz — Tokenized stocks across chains (Base-compatible activity) @useverdex — Aggregator / front door for tokenized markets @stocktensor — AI forecasts for tokenized stocks @hellopaxxel — Reverse tokenization for onchain collectibles @tryIdlecash — Lend GPU compute, receive tokenized stocks @CrowdMintApp — Crowdfunding + tokenization + multi-fiat @useyieldify — Liquidity layer for tokenized assets @EquitEdge — Fractional verified real estate (onchain activity spanning chains including Base ecosystem)

FIXED RATE, FIXED TERM: The Loan Terms RWA Credit Needs Before an Allocation Committee Can Sign Independent Research I. The Number a Committee Cannot Underwrite An institution can underwrite a known cost for a known period. It cannot underwrite a rate that depends on how full someone else’s pool is. That gap sits at the center of a @CoinDesk column from October 21. The column’s argument is that RWA leverage onchain runs almost entirely through variable-rate pools, where utilization sets the borrow rate.@Morpho alone carries over $16 billion in deposits, most of it in variable-rate markets.  The author illustrates with Aave’s curve, where the USDC borrow rate climbs from 4% to 14% as utilization moves from 92% to 100%. JAAA yields 4.5% to 5%, and the one year average USDC borrow rate on @aave V3 Ethereum is 4.56%, leaving about 50 basis points of spread.  coindesk.com/coindesk-indice… Take a hypothetical allocator who loops a tokenized credit product yielding 5% against USDC borrowed at the 4.56% average. The spread is about 0.44% a year. If the borrow rate jumps to 14% for five days, the loop pays 9 points more than the asset earns over that window, which costs about 0.12% of the borrowed amount. That is roughly 28% of a year’s spread gone in five days. A tokenized credit product can take anywhere from T+1 to well past T+90 to settle a redemption, so a spike can outlast the holder’s ability to exit.  This paper argues that the useful measure is how a loan’s term compares to the collateral’s redemption window. A rate fixed for the wrong term moves the risk from rate to refinancing. II. Mechanism One: Finding a Fixed Rate Without a Pool The 2020s attempts at fixed rates ran into thin liquidity. Early fixed-term protocols like Yield Protocol and Notional used fixed-maturity claims and zero coupon style tokens, and ran into practical bottlenecks.  Current designs differ on how the rate gets found. Morpho Midnight uses an order book. Lenders and borrowers exchange credit units at a fixed discount, through signed maker offers matched onchain.  The unit price sets the implied fixed rate, as r = 1 / P − 1.  A unit bought at 0.95 and repaid at 1 yields about 5.26%. Each market is defined by one loan token, one maturity and a fixed set of accepted collateral, and its parameters cannot change after creation.  To limit fragmentation, a lender can post liquidity across many markets with one multimarket offer.  Lend Callbacks let capital earn variable yield on Morpho Blue while a fixed rate order waits, and Early Exit lets a holder offer a position on the secondary market.  @term_finances uses scheduled auctions. Both sides submit hidden bids, and one clearing rate is set per maturity.  @kamino adds fixed rate reserves inside its existing lending market. Borrowers place intents that work like limit orders for the rate and term they will accept, and the loan executes when a matching lender order exists.  docs.morpho.org/learn/concep… morpho.org/midnight morpho.org/blog/now-live-mor… stock3.com/news/morpho-unvei… term.finance/how-it-works docs.term.finance/protocol/t… III. Mechanism Two: What Happens at Maturity The test of a term product is the day the term ends. The designs split. •@kamino . For the AUTO/wYLDS market, the loan auto rolls into the next 30-day term at the prevailing fixed rate, subject to available liquidity. If rollover liquidity is missing, it moves to a variable rate position. If that fails, the protocol repays gradually from the borrower’s collateral.  Kamino’s own release says renewals of fixed rate terms are not guaranteed.  nitter.gq/kamino/article/2103880… •Notional V3. Fixed-rate debt inside a leveraged vault converts automatically to variable-rate debt at maturity, and the vault position stays open.  • @TenorFinance Finance. A keeper rolls loans into new fixed terms before maturity, and if no fixed counterparty is found it can fall back to Morpho Blue’s floating rate liquidity.  Each design answers the same question: what rate applies if the next fixed rate lender is missing? In Kamino’s case the borrower is protected for one 30 day term. For an asset whose redemption can take up to 90 days, the term matches only for borrowers who can roll. The column’s bank analogy holds only to the extent the term covers the redemption window or the rollover is reliable. IV. Three Cases Case One: @KelpDAO , April 2026. The @CoinDesk column cites @cryptoquant_com data that the KelpDAO rsETH exploit pinned Aave’s USDC pool at 100% utilization, so borrowers paid the maximum 14% rate for five days.  That is the scenario from Section I, with a real date on it. bitquery.io/investigations/a… news.bitcoin.com/incident-re… Case Two: @coinbase and Midnight’s collateral so far. Coinbase used Morpho Midnight to launch fixed rate crypto backed loans in September 2026.  When Midnight reached Ethereum on September 8, the launch markets were USDC loans backed by WBTC or cbBTC, and roughly $5 billion in Morpho Vaults could not yet enter Midnight pending DAO action.  The best known fixed rate venue is live, but the markets in the sources I reviewed take BTC collateral, not RWAs. morpho.org/blog/coinbase-lau… decrypt.co/379091/borrow-aga… Case Three: Kamino’s AUTO market. Kamino launched its first Fixed Rate Multiply vault on September 21, with Figure and @HastraFi , at a 5.3% locked borrow rate for rolling 30 day terms on tokenized auto loans.  Kamino says the AUTO market passed $170 million in deposits, about eightfold in a month. Later markets priced at 5.75% and 6%, and leverage runs up to 4.5x.  The release lists liquidation risk and the possibility of total loss. This is the first sizable RWA fixed rate loop in my sources, and the data comes from Kamino. solanacompass.com/news/kamin… nitter.gq/kamino/status/21136887… V. The Fit Test: Asset Yield Against the Fixed Rate A fixed rate loop only works if the asset yields more than the fixed rate. On the column’s figures, JAAA yields 4.5% to 5% and Maple’s syrupUSDC pays 5.2%.  Kamino’s fixed rates were 5.3% to 6%. My arithmetic, using figures from different dates, is that these fixed rates sit above the yields of those two assets. The loops that work at those prices need higher yielding collateral. Fixed rates may pull borrowers toward more credit risk, and the investment-grade case the column describes needs fixed rates below those levels. VI. The Structural Question: Is There Depth at Every Term? Fixed terms split markets. Each maturity, collateral type and rate range can become its own market, and in early markets neither side has an exit channel before maturity.  Morpho’s own launch text concedes that quote based fixed rate lending only works when enough participants quote on both sides, and early attempts struggled.  Midnight’s multimarket offers and early exit orders target this problem. Whether they work at size is still open. morpho.org/blog/now-live-mor… VII. Where the Research Points This paper’s thesis is that fixed rate RWA credit will be judged on three terms: the loan’s length against the redemption window, what happens at rollover, and whether the fixed rate clears the asset’s yield. The current evidence is early. Three things to watch: 1.The first RWA collateral listed on a Midnight market. 2.How often fixed rate loans roll without dropping to variable. 3.Whether terms longer than 30 days appear with real depth. Whether the roughly $5 billion in @Morpho Vaults gets DAO approval to enter Midnight will also show how fast capital moves in.

My Top 10 RWA Mechanisms That Went Live (October 2026) Window: 1–29 Oct 2026. Mechanisms only. Live or production path. - DTCC Tokenization Service (@The_DTCC ) — Oct 28 Tokenized representations of DTC-custodied securities (select Russell 1000 stocks, ETFs, U.S. Treasuries). Live on Canton Network and DTCC’s private Besu. 34 securities at launch. 20 DTC participants signed (JPMorgan, Citi, Fidelity, Morgan Stanley, State Street and others). Mechanism: 1:1 digital twins that keep full ownership rights and entitlements. Wallet-to-wallet transfer = settlement. DTCC remains the official books and records. 2JPMorgan JPMD on Ethereum mainnet (@jpmorgan / Kinexys) — Oct 19 USD deposit token for approved institutional clients. Already live on Base since Nov 2025. Mechanism: bank deposit money (claim on JPMorgan) moves peer-to-peer on a public chain next to other tokenized assets. 3SoFi SOFIE (@SoFi) — Oct 22 First tokenized deposit a U.S. national bank has offered directly to retail. 4.40% variable APY, FDIC coverage. Converts 1:1 into SoFiUSD. Mechanism: yield-bearing insured bank deposit that can convert into a transferable stablecoin. 4Securitize Stocks (@Securitize) — Oct 8 12 major U.S. equities (Apple, Nvidia, Tesla, Microsoft, Meta, Amazon and others) as 1:1 security entitlements on Solana. Trading on Securitize’s registered broker-dealer PropAMM (Jump as market maker). Extended hours at launch. Mechanism: legal security entitlement under UCC that preserves dividends and voting rights on a public chain. 5Luxembourg €1.7bn DLT-native sovereign bond — Oct 14 (settled Oct 21) First European benchmark sovereign issued natively on DLT (LuxCSD / Clearstream D7). 10-year, 3.70% coupon, listed on Luxembourg Stock Exchange. Eurosystem collateral-eligible. Mechanism: the ledger record is the security, not a wrapper of an off-chain bond. 6Chainlink 24/7 (@chainlink) — Oct 29 Continuous pricing for tokenized stocks, commodities and other RWAs through weekends and holidays. Aave is the launch partner (Horizon for tokenized equity collateral). Mechanism: regulated market data as the 24/7 valuation layer for tokenized asset collateral. 7Ondo Intelligent Portfolios on Solana (@Ondo ) — Oct 29 Seven single-token portfolios of tokenized stocks and ETFs (three powered by BlackRock strategies). Holdings and rebalances visible onchain. Non-U.S. investors. Mechanism: multi-asset tokenized stock/ETF portfolios as one transferable onchain token with programmatic rebalancing. 8Hong Kong SFC secondary trading of tokenised MMFs — Oct 26 Two ChinaAMC tokenised money market funds approved for secondary trading on licensed VATP PantherTrade. First such approval for a public fund in Hong Kong. Market maker required. Mechanism: public secondary market for tokenised money market funds (beyond subscription/redemption windows). 9Aviva tokenised share class (@avivainvestors ) — Oct 26 Tokenised share class of its ~£22bn Sterling Liquidity Fund (Ireland-domiciled UCITS MMF) on the XRP Ledger with Ripple. Mechanism: large institutional MMF share class issued as a token on XRPL. 10Aave V4 Equities Hub on Base (@aave) Isolated market supporting tokenized U.S. stocks (including Coinbase-issued) as collateral for USDC borrowing. Mechanism: isolated credit market for borrowing against tokenized equities without selling the underlying. Proposed / not yet live (hint only) •OKXICE 24/7 tokenized U.S. stock venue (filed under SEC Innovation Exemption; multiple issuers objected). •Aave RWA Hub on Avalanche (still in planning; V4 itself is live). •DTCC expansion to additional networks (Stellar, Arc) targeted for 2027.

WHO GETS PAID WHEN A STOCK GOES ON ChAIN Independent Research | @AlphaCyl I. The Chain of Hands A tokenized share passes through several hands before it earns anyone money. The company whose stock it is sits at the start. A broker dealer holds the real shares. A wrapper issues the token. An exchange or wallet puts it in front of a customer. A DEX or order book sets its price. At the end, lending markets and perps decide what the token can be used for. This paper argues that the largest share of value goes to whoever controls one of three points: the customer relationship, collateral eligibility, or the yield surface. The issuer controls none of them by default. No issuer in the sources I reviewed discloses revenue by layer, so I measure capture by fees charged, holder counts and DeFi deployment. II. Layer One: Issuance Priced at Zero The fee schedules show where issuers have chosen not to charge. - @Ondo ‘s issuer says it charges no fees for minting or redeeming at this time, and users pay only gas.  bitget.com/academy/125606038… @RobinhoodApp ‘s issuer terms set 0.00% for subscription, 0.00% for redemption in the first 90 days, and 0.05% for redemption after that.  docs.robinhood.com/rhj/produ… - One comparison puts @xStocksFi at up to 0.5% on issuance and redemption.  Check this against Backed’s own terms before you use it. coinpaprika.com/education/xs… The plumbing underneath overlaps. rwa.xyz lists Alpaca Securities as the traditional broker and transfer agent for an Ondo token. app.rwa.xyz/assets/INTCon A venue disclosure for Kraken’s xStocks lists shares held at Alpaca.  redstone.finance/research/to… @redstone_defi says @RobinhoodApp tokens carry 1:1 share backing through Alpaca.  I found no disclosure of what @AlpacaHQ earns, so I leave its economics out. The legal wrappers are also thin. Robinhood describes its Stock Tokens as tokenised debt securities issued by Robinhood Assets (Jersey) Limited. docs.robinhood.com/rhj/produ…  The FAQ says they give no legal or beneficial rights in the underlying securities. docs.robinhood.com/rhj/faq/  @Ondo Stocks are structured notes issued by Ondo Global Markets (BVI) Limited.  When several wrappers sit on one broker and price their issuance at or near zero, the wrapper alone has little pricing power. blockworks.com/token-transpa… III. Layer Two: Whoever Holds the Customer The holder data points to distribution. Token Terminal’s Q3 report puts tokenized stock market cap at $3.6 billion on October 1, with Robinhood at 4.7% of market cap and 29.8% of holder addresses, the most of any issuer. Robinhood, Binance bStocks and xStocks together hold 75.8% of holder addresses. Securitize holds 10.8% of market cap and sits outside the top ten by holders.  nitter.gq/RWAFoundation_/article… (report by @RWAFoundation_) The largest issuer by value lost share while the market grew. DWF Labs puts total value at $654 million in early January and $3.8 billion in the week of October 5, up 483%. Ondo remains the largest at about $1 billion, but its share fell from 56% to 26%. crowdfundinsider.com/2026/10…  @redstone_defi and @AleaResearch put Ondo’s share at 61.4% in May and 28.4% in September, and say Ondo’s own distributed value fell by roughly 20%.  redstone.finance/research/to… The trackers disagree on exact shares, so treat the direction as the finding. Consider a hypothetical customer outside the US who buys $500 of an @xStocksFi on @krakenfx . eco.com/support/en/articles/… @krakenfx charges no trading fee when she pays in USDG or USD, though a spread may be built into the price.  Kraken holds the token until she withdraws.  The issuer’s mint fee never reaches her. The venue sets the quote, holds the account, and decides what else she sees next to it. fensory.com/best/tokenized-s… Other venues charge visibly. Bitget lists 0.1% on its Spot Stocks product.  One roundup lists Bybit’s base spot fee for @xStocksFi at 0.20%.  Check both on the venues’ own fee pages. blockchainreporter.net/where… Issuers also move toward the customer. On October 28, Ondo said it expanded 15 tokenized stocks to Robinhood Chain, with 1:1 swaps and @Uniswap as the liquidity layer.  A leading issuer is following the holders onto a rival’s chain. ambcrypto.com/ondo-crypto-ex… IV. Layer Three: Collateral Eligibility and the Yield Surface Usable in-DeFi value splits by issuer. RedStone puts 41.3% of Robinhood’s active value in DeFi apps, against 27.2% for xStocks and 0.8% for Ondo.  The gate to that surface is mostly outside the issuer’s hands. - Oracles. @chainlink August 26 feeds for four @coinbase tokens were framed as what lets DeFi protocols use them as collateral.  Syndromics accepts any Stock Token with a live Chainlink feed, and lists tokens without a live oracle in a separate tier.  cryptonews.net/news/defi/333… syndromics.xyz/ - Lending markets. @Morpho listed markets for Robinhood’s NVDA and SPCX tokens use a 62.5% liquidation LTV and its SPY market uses 77%.  - Curators. Robinhood’s Earn disclosure assigns Steakhouse Financial responsibility for the program’s vault parameters, including collateral types and lending allocations.  bitbase.com/news/robinhood-c… The issuer sets none of these terms. A token earns collateral status only when an oracle publishes it, a lending market lists it, and a curator allocates to it. The surface is still small. When Morpho opened five Coinbase stock-token markets on Base, users had pledged $104,401 in tokens and borrowed $54,652 in USDC.  bitbase.com/news/morpho-adds… Against a $3.6 billion market, that is a small base for lending income. V. Three Cases Case One: @Ondo ‘s share against Ondo’s size. The market’s largest issuer by value grew in dollars to roughly $930 million (@RWA_xyz showed $930.9 million on October 28)  while its category share fell by half. Its response was to put tokens on a competitor’s chain. app.rwa.xyz/stocks Case Two: @Securitize ‘s own share. On October 28, rwa.xyz showed the single largest tokenized stock to be Securitize’s own SECZ share, at about $218 million.  DWF attributes part of Securitize’s growth to the tokenization of a portion of its own newly listed shares.  The issuer captures value by being the equity itself, a different route from wrapping other companies’ stock. It echoes the native-issuance route in the DTCC paper. blockchainreporter.net/where… Case Three: Robinhood’s holders against its balances. Under 5% of market cap and about 30% of holder addresses means small average balances (Token Terminal reports exactly that split).  Holder count measures reach. It does not measure value held, and the gap shows how much of the reach is small accounts. nitter.gq/RWAFoundation_/article… VI. The Structural Question: Does the Edge Last? Distribution has two limits. Holder counts can mislead, as Case Three shows. And the collateral and yield layers have so far attracted little capital, so distribution leaders may be collecting attention more than income. On the other side, issuers can respond. Ondo’s move onto Robinhood Chain shows one way. Another is to become the thing being distributed, as Securitize did with SECZ. Shared brokerage plumbing also means a failure or policy change at one broker would reach several wrappers at once. I could not verify what that broker earns or how its contracts read. VII. Where the Research Points This paper’s thesis is that issuance will price toward zero while capture moves to three points: who owns the customer account, who decides collateral eligibility, and who runs the yield surface. Expect the pressure on issuers to build or buy at least one of the three. Two measures should show it first: each issuer’s share of value deployed in DeFi, and whether collateral volume grows past the small base measured in September. Independent research. Not financial advice. Always conduct your own due diligence

Emerging RWA Builders I encountered in the past 30 Days • @verantaxyz — Leverage layer for crypto + RWAs • @getMoonUp — Basket of Tonkenized Stocks • @RWAlphaHQ — Structured yield on BNB Chain • @dawninternet — RWA protocol for AI compute / digital infrastructure cash flows • @tenbinlabs — Institutional commodities/FX via futures • @BirchHill_io Holdings — Institutional RWA tokenization & credit • @_openworld — IP-backed tokenization • Atlas AI Labs — USAF+ ETF-backed permissionless token • @BridgeTowerCap — Specialty finance (copper-gold project) • @lcx — RWA Markets on their DEX • @tarecredit / @opentrade_io — Credit-focused RWA • @useyieldify — Liquidity layer for tokenized assets • @Sproutdotgift — Time-locked gifts of tokenized stocks • @anystock_xyz — Tokenized stocks across chains • @BitstockOnBase — Peer-to-peer options for tokenized stocks on Base • @obscuraXMR — Monero privacy layer for RWAs on Base • @OwnPay_ — Programmable payments, gifting & vesting for tokenized stocks • @RiserMarkets — Tiered yield markets for tokenized equities • @aerasfi — Asset-backed credit on Monad • @SLICERWA — Tokenizing real-world assets / fractional ownership

WHO GETS PAID WHEN A STOCK GOES ON ChAIN Independent Research | @AlphaCyl I. The Chain of Hands A tokenized share passes through several hands before it earns anyone money. The company whose stock it is sits at the start. A broker dealer holds the real shares. A wrapper issues the token. An exchange or wallet puts it in front of a customer. A DEX or order book sets its price. At the end, lending markets and perps decide what the token can be used for. This paper argues that the largest share of value goes to whoever controls one of three points: the customer relationship, collateral eligibility, or the yield surface. The issuer controls none of them by default. No issuer in the sources I reviewed discloses revenue by layer, so I measure capture by fees charged, holder counts and DeFi deployment. II. Layer One: Issuance Priced at Zero The fee schedules show where issuers have chosen not to charge. - @Ondo ‘s issuer says it charges no fees for minting or redeeming at this time, and users pay only gas.  bitget.com/academy/125606038… @RobinhoodApp ‘s issuer terms set 0.00% for subscription, 0.00% for redemption in the first 90 days, and 0.05% for redemption after that.  docs.robinhood.com/rhj/produ… - One comparison puts @xStocksFi at up to 0.5% on issuance and redemption.  Check this against Backed’s own terms before you use it. coinpaprika.com/education/xs… The plumbing underneath overlaps. rwa.xyz lists Alpaca Securities as the traditional broker and transfer agent for an Ondo token. app.rwa.xyz/assets/INTCon A venue disclosure for Kraken’s xStocks lists shares held at Alpaca.  redstone.finance/research/to… @redstone_defi says @RobinhoodApp tokens carry 1:1 share backing through Alpaca.  I found no disclosure of what @AlpacaHQ earns, so I leave its economics out. The legal wrappers are also thin. Robinhood describes its Stock Tokens as tokenised debt securities issued by Robinhood Assets (Jersey) Limited. docs.robinhood.com/rhj/produ…  The FAQ says they give no legal or beneficial rights in the underlying securities. docs.robinhood.com/rhj/faq/  @Ondo Stocks are structured notes issued by Ondo Global Markets (BVI) Limited.  When several wrappers sit on one broker and price their issuance at or near zero, the wrapper alone has little pricing power. blockworks.com/token-transpa… III. Layer Two: Whoever Holds the Customer The holder data points to distribution. Token Terminal’s Q3 report puts tokenized stock market cap at $3.6 billion on October 1, with Robinhood at 4.7% of market cap and 29.8% of holder addresses, the most of any issuer. Robinhood, Binance bStocks and xStocks together hold 75.8% of holder addresses. Securitize holds 10.8% of market cap and sits outside the top ten by holders.  nitter.gq/RWAFoundation_/article… (report by @RWAFoundation_) The largest issuer by value lost share while the market grew. DWF Labs puts total value at $654 million in early January and $3.8 billion in the week of October 5, up 483%. Ondo remains the largest at about $1 billion, but its share fell from 56% to 26%. crowdfundinsider.com/2026/10…  @redstone_defi and @AleaResearch put Ondo’s share at 61.4% in May and 28.4% in September, and say Ondo’s own distributed value fell by roughly 20%.  redstone.finance/research/to… The trackers disagree on exact shares, so treat the direction as the finding. Consider a hypothetical customer outside the US who buys $500 of an @xStocksFi on @krakenfx . eco.com/support/en/articles/… @krakenfx charges no trading fee when she pays in USDG or USD, though a spread may be built into the price.  Kraken holds the token until she withdraws.  The issuer’s mint fee never reaches her. The venue sets the quote, holds the account, and decides what else she sees next to it. fensory.com/best/tokenized-s… Other venues charge visibly. Bitget lists 0.1% on its Spot Stocks product.  One roundup lists Bybit’s base spot fee for @xStocksFi at 0.20%.  Check both on the venues’ own fee pages. blockchainreporter.net/where… Issuers also move toward the customer. On October 28, Ondo said it expanded 15 tokenized stocks to Robinhood Chain, with 1:1 swaps and @Uniswap as the liquidity layer.  A leading issuer is following the holders onto a rival’s chain. ambcrypto.com/ondo-crypto-ex… IV. Layer Three: Collateral Eligibility and the Yield Surface Usable in-DeFi value splits by issuer. RedStone puts 41.3% of Robinhood’s active value in DeFi apps, against 27.2% for xStocks and 0.8% for Ondo.  The gate to that surface is mostly outside the issuer’s hands. - Oracles. @chainlink August 26 feeds for four @coinbase tokens were framed as what lets DeFi protocols use them as collateral.  Syndromics accepts any Stock Token with a live Chainlink feed, and lists tokens without a live oracle in a separate tier.  cryptonews.net/news/defi/333… syndromics.xyz/ - Lending markets. @Morpho listed markets for Robinhood’s NVDA and SPCX tokens use a 62.5% liquidation LTV and its SPY market uses 77%.  - Curators. Robinhood’s Earn disclosure assigns Steakhouse Financial responsibility for the program’s vault parameters, including collateral types and lending allocations.  bitbase.com/news/robinhood-c… The issuer sets none of these terms. A token earns collateral status only when an oracle publishes it, a lending market lists it, and a curator allocates to it. The surface is still small. When Morpho opened five Coinbase stock-token markets on Base, users had pledged $104,401 in tokens and borrowed $54,652 in USDC.  bitbase.com/news/morpho-adds… Against a $3.6 billion market, that is a small base for lending income. V. Three Cases Case One: @Ondo ‘s share against Ondo’s size. The market’s largest issuer by value grew in dollars to roughly $930 million (@RWA_xyz showed $930.9 million on October 28)  while its category share fell by half. Its response was to put tokens on a competitor’s chain. app.rwa.xyz/stocks Case Two: @Securitize ‘s own share. On October 28, rwa.xyz showed the single largest tokenized stock to be Securitize’s own SECZ share, at about $218 million.  DWF attributes part of Securitize’s growth to the tokenization of a portion of its own newly listed shares.  The issuer captures value by being the equity itself, a different route from wrapping other companies’ stock. It echoes the native-issuance route in the DTCC paper. blockchainreporter.net/where… Case Three: Robinhood’s holders against its balances. Under 5% of market cap and about 30% of holder addresses means small average balances (Token Terminal reports exactly that split).  Holder count measures reach. It does not measure value held, and the gap shows how much of the reach is small accounts. nitter.gq/RWAFoundation_/article… VI. The Structural Question: Does the Edge Last? Distribution has two limits. Holder counts can mislead, as Case Three shows. And the collateral and yield layers have so far attracted little capital, so distribution leaders may be collecting attention more than income. On the other side, issuers can respond. Ondo’s move onto Robinhood Chain shows one way. Another is to become the thing being distributed, as Securitize did with SECZ. Shared brokerage plumbing also means a failure or policy change at one broker would reach several wrappers at once. I could not verify what that broker earns or how its contracts read. VII. Where the Research Points This paper’s thesis is that issuance will price toward zero while capture moves to three points: who owns the customer account, who decides collateral eligibility, and who runs the yield surface. Expect the pressure on issuers to build or buy at least one of the three. Two measures should show it first: each issuer’s share of value deployed in DeFi, and whether collateral volume grows past the small base measured in September. Independent research. Not financial advice. Always conduct your own due diligence

WHO GETS PAID WHEN A STOCK GOES ON ChAIN Independent Research | @AlphaCyl I. The Chain of Hands A tokenized share passes through several hands before it earns anyone money. The company whose stock it is sits at the start. A broker dealer holds the real shares. A wrapper issues the token. An exchange or wallet puts it in front of a customer. A DEX or order book sets its price. At the end, lending markets and perps decide what the token can be used for. This paper argues that the largest share of value goes to whoever controls one of three points: the customer relationship, collateral eligibility, or the yield surface. The issuer controls none of them by default. No issuer in the sources I reviewed discloses revenue by layer, so I measure capture by fees charged, holder counts and DeFi deployment. II. Layer One: Issuance Priced at Zero The fee schedules show where issuers have chosen not to charge. - @Ondo ‘s issuer says it charges no fees for minting or redeeming at this time, and users pay only gas.  bitget.com/academy/125606038… @RobinhoodApp ‘s issuer terms set 0.00% for subscription, 0.00% for redemption in the first 90 days, and 0.05% for redemption after that.  docs.robinhood.com/rhj/produ… - One comparison puts @xStocksFi at up to 0.5% on issuance and redemption.  Check this against Backed’s own terms before you use it. coinpaprika.com/education/xs… The plumbing underneath overlaps. rwa.xyz lists Alpaca Securities as the traditional broker and transfer agent for an Ondo token. app.rwa.xyz/assets/INTCon A venue disclosure for Kraken’s xStocks lists shares held at Alpaca.  redstone.finance/research/to… @redstone_defi says @RobinhoodApp tokens carry 1:1 share backing through Alpaca.  I found no disclosure of what @AlpacaHQ earns, so I leave its economics out. The legal wrappers are also thin. Robinhood describes its Stock Tokens as tokenised debt securities issued by Robinhood Assets (Jersey) Limited. docs.robinhood.com/rhj/produ…  The FAQ says they give no legal or beneficial rights in the underlying securities. docs.robinhood.com/rhj/faq/  @Ondo Stocks are structured notes issued by Ondo Global Markets (BVI) Limited.  When several wrappers sit on one broker and price their issuance at or near zero, the wrapper alone has little pricing power. blockworks.com/token-transpa… III. Layer Two: Whoever Holds the Customer The holder data points to distribution. Token Terminal’s Q3 report puts tokenized stock market cap at $3.6 billion on October 1, with Robinhood at 4.7% of market cap and 29.8% of holder addresses, the most of any issuer. Robinhood, Binance bStocks and xStocks together hold 75.8% of holder addresses. Securitize holds 10.8% of market cap and sits outside the top ten by holders.  nitter.gq/RWAFoundation_/article… (report by @RWAFoundation_) The largest issuer by value lost share while the market grew. DWF Labs puts total value at $654 million in early January and $3.8 billion in the week of October 5, up 483%. Ondo remains the largest at about $1 billion, but its share fell from 56% to 26%. crowdfundinsider.com/2026/10…  @redstone_defi and @AleaResearch put Ondo’s share at 61.4% in May and 28.4% in September, and say Ondo’s own distributed value fell by roughly 20%.  redstone.finance/research/to… The trackers disagree on exact shares, so treat the direction as the finding. Consider a hypothetical customer outside the US who buys $500 of an @xStocksFi on @krakenfx . eco.com/support/en/articles/… @krakenfx charges no trading fee when she pays in USDG or USD, though a spread may be built into the price.  Kraken holds the token until she withdraws.  The issuer’s mint fee never reaches her. The venue sets the quote, holds the account, and decides what else she sees next to it. fensory.com/best/tokenized-s… Other venues charge visibly. Bitget lists 0.1% on its Spot Stocks product.  One roundup lists Bybit’s base spot fee for @xStocksFi at 0.20%.  Check both on the venues’ own fee pages. blockchainreporter.net/where… Issuers also move toward the customer. On October 28, Ondo said it expanded 15 tokenized stocks to Robinhood Chain, with 1:1 swaps and @Uniswap as the liquidity layer.  A leading issuer is following the holders onto a rival’s chain. ambcrypto.com/ondo-crypto-ex… IV. Layer Three: Collateral Eligibility and the Yield Surface Usable in-DeFi value splits by issuer. RedStone puts 41.3% of Robinhood’s active value in DeFi apps, against 27.2% for xStocks and 0.8% for Ondo.  The gate to that surface is mostly outside the issuer’s hands. - Oracles. @chainlink August 26 feeds for four @coinbase tokens were framed as what lets DeFi protocols use them as collateral.  Syndromics accepts any Stock Token with a live Chainlink feed, and lists tokens without a live oracle in a separate tier.  cryptonews.net/news/defi/333… syndromics.xyz/ - Lending markets. @Morpho listed markets for Robinhood’s NVDA and SPCX tokens use a 62.5% liquidation LTV and its SPY market uses 77%.  - Curators. Robinhood’s Earn disclosure assigns Steakhouse Financial responsibility for the program’s vault parameters, including collateral types and lending allocations.  bitbase.com/news/robinhood-c… The issuer sets none of these terms. A token earns collateral status only when an oracle publishes it, a lending market lists it, and a curator allocates to it. The surface is still small. When Morpho opened five Coinbase stock-token markets on Base, users had pledged $104,401 in tokens and borrowed $54,652 in USDC.  bitbase.com/news/morpho-adds… Against a $3.6 billion market, that is a small base for lending income. V. Three Cases Case One: @Ondo ‘s share against Ondo’s size. The market’s largest issuer by value grew in dollars to roughly $930 million (@RWA_xyz showed $930.9 million on October 28)  while its category share fell by half. Its response was to put tokens on a competitor’s chain. app.rwa.xyz/stocks Case Two: @Securitize ‘s own share. On October 28, rwa.xyz showed the single largest tokenized stock to be Securitize’s own SECZ share, at about $218 million.  DWF attributes part of Securitize’s growth to the tokenization of a portion of its own newly listed shares.  The issuer captures value by being the equity itself, a different route from wrapping other companies’ stock. It echoes the native-issuance route in the DTCC paper. blockchainreporter.net/where… Case Three: Robinhood’s holders against its balances. Under 5% of market cap and about 30% of holder addresses means small average balances (Token Terminal reports exactly that split).  Holder count measures reach. It does not measure value held, and the gap shows how much of the reach is small accounts. nitter.gq/RWAFoundation_/article… VI. The Structural Question: Does the Edge Last? Distribution has two limits. Holder counts can mislead, as Case Three shows. And the collateral and yield layers have so far attracted little capital, so distribution leaders may be collecting attention more than income. On the other side, issuers can respond. Ondo’s move onto Robinhood Chain shows one way. Another is to become the thing being distributed, as Securitize did with SECZ. Shared brokerage plumbing also means a failure or policy change at one broker would reach several wrappers at once. I could not verify what that broker earns or how its contracts read. VII. Where the Research Points This paper’s thesis is that issuance will price toward zero while capture moves to three points: who owns the customer account, who decides collateral eligibility, and who runs the yield surface. Expect the pressure on issuers to build or buy at least one of the three. Two measures should show it first: each issuer’s share of value deployed in DeFi, and whether collateral volume grows past the small base measured in September. Independent research. Not financial advice. Always conduct your own due diligence

THE 65-HOUR PROBLEM: How Tokenized Equity Collateral Survives a Closed Market I. Two Clocks A tokenized stock runs on a blockchain clock, which never stops. The share behind it runs on an exchange clock. The @NYSE regular session covers 32.5 of a week’s 168 hours.  The weekend alone is 65 straight hours with no live market.  nyse.com/markets/hours-calen… A lending protocol that accepts stock tokens as collateral must still price them, margin them and liquidate them during those hours. This paper argues that closed market handling has moved from a theoretical risk to an operating requirement, because three major venues now accept stock tokens as collateral and at least two of them have already recorded weekend dislocations in related markets. II. Why the Weekend Breaks the Arbitrage On weekdays, issuance and redemption pull a token back toward its share price. That route is unavailable while the primary market is shut, so a Saturday discount cannot necessarily be bought and redeemed against the underlying shares.  The mint-and redeem route also belongs to a few parties. Coinbase says minting and redemption are handled by KYC onboarded institutional partners and Authorized Participants.  @LlamaRisk assessment adds that someone who acquires a @coinbase B20 token in the secondary market holds an unvested position and cannot redeem until an issuer controlled vesting process is complete.  coinbase.com/en-gb/blog/toke… nitter.gq/LlamaRisk/status/21046… The practical result is that the token’s weekend price is set by whoever trades on-chain. @CoinDesk describes the holder as having a claim but no market to convert it, so the premium to the last close is a risk the buyer carries until the open.  coindesk.com/markets/2026/09… III. Mechanism One: The Feed That Holds Friday’s Price @chainlink answer is a feed built for market hours. Its @RobinhoodApp feeds report token price as the underlying equity price times a multiplier read from the token contract.  The equity price comes from 24/5 feeds that combine regular, pre-market, post-market and overnight sessions.  @chainlink says the reported valuation may stay unchanged over the weekend and tells developers to check whether each feed fits their collateral market.  docs.chain.link/data-feeds/t… docs.robinhood.com/chain/ora… @aave Base hub shows what that design means in practice. Aave V4’s Equities Hub has accepted seven Coinbase stock tokens as collateral since September 25. @LlamaRisk specifies an operating window from Sunday 8 p.m. to Friday 8 p.m. Eastern. Outside it the feeds hold the last value, while deposits, borrowing and liquidation stay open.  aave.com/blog/coinbase-token… theblock.co/news/defi/2026-0… nitter.gq/LlamaRisk/article/2104… Take a hypothetical borrower who posts $10,000 of a token with a 65% collateral factor and borrows $6,000 USDC. In V4 the collateral factor sets both the borrowing limit and the liquidation threshold.  On Saturday the token falls 10% on a DEX. The feed still shows $10,000, so the protocol sees a healthy loan. At true value the collateral is $9,000, the threshold is $5,850, and the loan is already past it. Reporting notes that such a position may first become liquidatable when the feed resumes Sunday evening and incorporates the move in one update, and that interest keeps accruing in the meantime.  aave.com/blog/coinbase-token… IV. Mechanism Two: Pricing the Gap in Advance Aave’s response sits in the parameters. The seven tokens carry collateral factors from 65% to 79%. LlamaRisk’s stress method uses historical off-hours stock moves, allows a 0.5% gap between oracle and market, and accrues debt at 24% annually, the top of the USDC borrow-rate curve, across the longest closure. It assumes liquidation completes within five minutes of the next regular open.  The maximum liquidation bonus is 5.5%. LlamaRisk states that its history cannot describe a decline rarer than any in the sample. theblock.co/news/defi/2026-0… dailycryptobriefs.com/news/a… The exit also has limits. Sale depth on Base for each token was roughly $0.27 million to $1.08 million for a 2% price impact in a September 17 snapshot. The hub’s draw cap is $21 million.  A liquidator of a large position has to split the sale or find a party with redemption access. theblock.co/news/defi/2026-0… Other venues take different routes. Syndromics, a lending marketplace on Robinhood Chain, lists a long tail tier with a 30% maximum LTV, a 45% liquidation LTV and a 15 point closed market haircut.  @Morpho listed markets for Robinhood’s NVDA and SPCX tokens use a 62.5% liquidation LTV, and the SPY market uses 77%. Different markets can use different oracle addresses for the same token.  Morpho’s general rules do not set weekend safeguards for each Robinhood stock token market.  crypto-economy.com/robinhood… nitter.gq/punkquidity/status/211… V. Mechanism Three: Pausing and Corporate Actions Some applications handle the clock by stopping activity. @paboxoxyz published explanation says new borrowing, liquidations and collateral withdrawals against outstanding debt pause while the relevant stock market is closed, while repayments and collateral additions stay open.  That protects borrowers from a thin weekend price, but it also delays liquidation while debt keeps accruing. Corporate actions need their own handling, because the token’s terms change. Robinhood’s docs say the oracle for an affected token is paused during processing, and integrators should treat a pause as price temporarily unavailable, not as zero.  Chainlink does not provide corporate action calendar data or automated pause triggers. Robinhood coordinates pause timing and multiplier updates.  In a 10-for-1 split example, the feed freezes at the last good value, the multiplier moves to 10, and the token price stays continuous at $200.  The pause flag is advisory and not enforced on-chain, so Robinhood tells integrators to keep their staleness check as the primary guard.  Robinhood’s docs also tell L2 integrators to check the sequencer uptime feed before trusting a price. docs.chain.link/data-feeds/t… docs.robinhood.com/chain/ora… VI. Three Cases Case One: the AMC token. CoinDesk reports that Robinhood’s AMC token went from $2.55 to as high as $23.16 on the night of Thursday, September 3, nine times the $2.54 NYSE close seven hours earlier. It was back at $3.26 within the hour.  A collateral market reading that token spot would have seen a nine-fold value for a short window. coindesk.com/markets/2026/09… Case Two: Black Saturday, October 17 to 18. These were perpetual futures, not tokenized shares. Reports say a large sell order on Binance at 21:21 UTC on Saturday set off liquidations of $51.6 million in contracts tied to SOXL, SanDisk and SK Hynix, spreading to @HyperliquidX . Thin liquidity worsened the drop with US markets closed, and prices rebounded quickly.  Semiconductors had logged eight straight losing sessions, their worst streak since 2008, before the drop.  The mechanism is the relevant part: forced selling into a book with no live reference price. coindesk.com/markets/2026/10… Case Three: the quiet weekend. Over a weekend in late August, Coinbase’s four stock tokens traded within 0.6% of held Friday values across four Aerodrome pools, and no live B20 reserve existed yet on Aave V3.  One calm weekend shows that a design works in calm. It says little about the weekend that follows bad news. VII. The Structural Question: Which Error Do You Accept? Every design picks a failure. A frozen Friday price can overvalue collateral after negative weekend news. A thinly traded token price can push a borrower through a threshold because of a temporary discount with no matching trade in the stock.  Haircuts, such as LTV cuts, move the cost to the borrower. Pauses move it to lenders, who wait for liquidation at the open. Using a live token price moves it to whoever is on the wrong side of a thin book. VIII. Where the Research Points This paper’s thesis is that closure-aware risk becomes a standard line item in every stock-token collateral listing, next to LTV and liquidation bonus. Markets will differ in how they split the gap between borrowers, lenders and liquidators, and the differences will be public in their parameters. The first realized bad debt event from a weekend gap will set the benchmark. Until then, the numbers above are modeled buffers, not tested ones.